Matches in SemOpenAlex for { <https://semopenalex.org/work/W4297232007> ?p ?o ?g. }
- W4297232007 endingPage "1181" @default.
- W4297232007 startingPage "1172" @default.
- W4297232007 abstract "Abstract Organic soil amendments can influence insect pest populations and the damage to plants they cause. In this study, the effects of medicinal plant processing wastes (MPPWs) applied as organic fertilizers on the host preference and performance of Tuta absoluta and Aphis gossypii were investigated on tomato and cucumber plants, respectively. Processing wastes of cumin, rosemary, thyme, artichoke, chamomile, fenugreek, and nettle were applied in four levels of 0, 20, 40, and 80 g dry matter/1kg culture media in pot experiments. Results showed the application of MPPWs, especially 80 g of nettle, reduced the number of T. absoluta eggs (from 0.8 to 0.4 egg/leaf) and their hatching percentage (from 90 to 76%). The highest and lowest number of aphids were observed in control (36 aphids/plant) and treated cucumbers with 80 g of cumin (18 aphids/plant). Also, the lowest intrinsic rate of increase (0.08 d−1) and net reproductive rate (20 offspring) of T. absoluta were observed in tomatoes fertilized with nettle. The highest and lowest net reproductive rate of A. gossypii were obtained on control and treated plants with 80 g of nettle, respectively. Results of damage assessment showed that the percentage of dry weight loss in the aphid-infested plants was reduced by the use of MPPWs, so that lowest weight loss was observed in the treatment with 80 g of nettle. In conclusion, soil amendment using MPPWs could result in lower pest populations and may improve plant tolerance to insect pest stress, thus these by-products could be considered a valuable tool in pest management." @default.
- W4297232007 created "2022-09-28" @default.
- W4297232007 creator A5000196554 @default.
- W4297232007 creator A5062892833 @default.
- W4297232007 date "2022-09-27" @default.
- W4297232007 modified "2023-10-05" @default.
- W4297232007 title "Soil Fertilization With Medicinal Plant Processing Wastes Suppresses <i>Tuta absoluta</i> (Lepidoptera: Gelechiidae) and <i>Aphis gossypii</i> (Hemiptera: Aphididae) Populations" @default.
- W4297232007 cites W139204051 @default.
- W4297232007 cites W1970134931 @default.
- W4297232007 cites W1974958461 @default.
- W4297232007 cites W1979944903 @default.
- W4297232007 cites W1983212054 @default.
- W4297232007 cites W1988421888 @default.
- W4297232007 cites W1991791773 @default.
- W4297232007 cites W1994503981 @default.
- W4297232007 cites W1996348808 @default.
- W4297232007 cites W1996534798 @default.
- W4297232007 cites W2004281656 @default.
- W4297232007 cites W2015456989 @default.
- W4297232007 cites W2015707904 @default.
- W4297232007 cites W2022200230 @default.
- W4297232007 cites W2028342023 @default.
- W4297232007 cites W2031448877 @default.
- W4297232007 cites W2032560765 @default.
- W4297232007 cites W2033037179 @default.
- W4297232007 cites W2033789614 @default.
- W4297232007 cites W2039697813 @default.
- W4297232007 cites W2043978869 @default.
- W4297232007 cites W2049029541 @default.
- W4297232007 cites W2049683810 @default.
- W4297232007 cites W2054550771 @default.
- W4297232007 cites W2062695401 @default.
- W4297232007 cites W2065793046 @default.
- W4297232007 cites W2069399868 @default.
- W4297232007 cites W2074155186 @default.
- W4297232007 cites W2079267507 @default.
- W4297232007 cites W2082783641 @default.
- W4297232007 cites W2088987427 @default.
- W4297232007 cites W2089615417 @default.
- W4297232007 cites W2090560371 @default.
- W4297232007 cites W2094933499 @default.
- W4297232007 cites W2096931459 @default.
- W4297232007 cites W2100152273 @default.
- W4297232007 cites W2103443815 @default.
- W4297232007 cites W2104291745 @default.
- W4297232007 cites W2110337488 @default.
- W4297232007 cites W2118491139 @default.
- W4297232007 cites W2122268862 @default.
- W4297232007 cites W2125683808 @default.
- W4297232007 cites W2126669169 @default.
- W4297232007 cites W2133465603 @default.
- W4297232007 cites W2135172703 @default.
- W4297232007 cites W2135914332 @default.
- W4297232007 cites W2140877306 @default.
- W4297232007 cites W2156593420 @default.
- W4297232007 cites W2160110264 @default.
- W4297232007 cites W2160333361 @default.
- W4297232007 cites W2160687289 @default.
- W4297232007 cites W2164011934 @default.
- W4297232007 cites W2167041953 @default.
- W4297232007 cites W2169200955 @default.
- W4297232007 cites W2174355196 @default.
- W4297232007 cites W2177246678 @default.
- W4297232007 cites W2192253179 @default.
- W4297232007 cites W2273293395 @default.
- W4297232007 cites W2324260303 @default.
- W4297232007 cites W2325756193 @default.
- W4297232007 cites W2331829908 @default.
- W4297232007 cites W2332962580 @default.
- W4297232007 cites W2340357023 @default.
- W4297232007 cites W2342138583 @default.
- W4297232007 cites W2384946659 @default.
- W4297232007 cites W2464696692 @default.
- W4297232007 cites W2508241335 @default.
- W4297232007 cites W2527410079 @default.
- W4297232007 cites W2547886876 @default.
- W4297232007 cites W2549726956 @default.
- W4297232007 cites W2604936750 @default.
- W4297232007 cites W2612290458 @default.
- W4297232007 cites W2734495348 @default.
- W4297232007 cites W2737508685 @default.
- W4297232007 cites W2763747080 @default.
- W4297232007 cites W2793123820 @default.
- W4297232007 cites W2802680993 @default.
- W4297232007 cites W2903076340 @default.
- W4297232007 cites W2903515724 @default.
- W4297232007 cites W2904607175 @default.
- W4297232007 cites W2914829423 @default.
- W4297232007 cites W2937589546 @default.
- W4297232007 cites W2977542588 @default.
- W4297232007 cites W2979514320 @default.
- W4297232007 cites W2997713014 @default.
- W4297232007 cites W3005164397 @default.
- W4297232007 cites W30164407 @default.
- W4297232007 cites W3088741093 @default.
- W4297232007 cites W3147272092 @default.
- W4297232007 cites W4236117839 @default.
- W4297232007 doi "https://doi.org/10.1093/ee/nvac071" @default.